Pros
-noise & heat controlled easily
-maintenance is fairly easy
-air quality is easily maintained by locating aid intake high above polution on street
-longer equipment life
Cons
-requires large mechanical spaces
-size & length needed to carry & distribute service to receivers
-difference in zone scheduling (energy is wasted)
-if system breaks down it effects entire building
Total sq.ft of Building = 25,650
Approximate space sizes for major heating and cooling equipment (entire building)
The major heating and cooling equipment is located on the roof of the building and it is 40' in length and 17' wide. The cooling capacity is 100 in tons, total space for boiler room and chilled water plant is 850sq.ft, and the space for cooling towers is 110sq.ft
The building's cooling capacity in tons is 100Mcal/sec
Total space for boiler room and chilled water plant is 700m sq.
Space for cooling towers in sq.ft is about 120m sq. Approximate Space Size for Air-Handling Equipment
Heating, Ventilation, & Air Conditioning
Central System:
Pros
-noise & heat controlled easily
-maintenance is fairly easy
-air quality is easily maintained by locating aid intake high above polution on street
-longer equipment life
Cons
-requires large mechanical spaces
-size & length needed to carry & distribute service to receivers
-difference in zone scheduling (energy is wasted)
-if system breaks down it effects entire building
Total sq.ft of Building = 25,650
Approximate space sizes for major heating and cooling equipment (entire building)
The major heating and cooling equipment is located on the roof of the building and it is 40' in length and 17' wide. The cooling capacity is 100 in tons, total space for boiler room and chilled water plant is 850sq.ft, and the space for cooling towers is 110sq.ft
The building's cooling capacity in tons is 100Mcal/sec
Total space for boiler room and chilled water plant is 700m sq.
Space for cooling towers in sq.ft is about 120m sq.
Approximate Space Size for Air-Handling Equipment